Note: 1000 is not a hard hit number, believe me this can be extended further.
Goal of this project is to collect a good 1000 problems that improve programming or analytical ability of a person. A person doesn't have to search across web or any coding platforms for this kind of problems, this would be a single destination for coding problem search.
Anyone can submit a pull requestfor a problem, We believe nolicence is the best thing for this, It's just that please follow the below guidelines.
###1. Better be organized.
Problems has been divided into multiple buckets, it's better to group similar problems together.
So, the directory structure has been designed in a way that similar problems stay in the same directory.
We assume this hold 1000 problmes, we are allocating few numbers for each type of problem, Be it an Array/Linked List/Binary Tree/Sorting/Graphs/Dynamicprogramming.....so on.
We started with Array's and Binary tree's in the beginning, allotted first 200 slots for Array problems and 200 to 300 for Binary Tree problems.
With in Array allotted foirst 150, we can further divide into sub categories of each 50 size, so Array related problems contains total 3 directories a_50, b_100, c_150.
This is just a way to better organize the similar problems, this can be modified if there is better solution.
###2. Follow coding standards of language specific.
We are not bounded to one single language here, Any laguage is fine to solve the problem. But, make sure the coding standars of a language followed. We'll try to automate this futher.
###3. Choosing problems.
Choose the better problems, we can't say which problem is better. But, it doesn't make any sense to add
a simple problem like Given array [1, 3, 4, 2, 6], find sum of all the numbers.
It's just that a problem should have some logic hidden to solve.
| Number | ProblemType |
|---|---|
| a_50 | array |
| b_100 | array |
| c_150 | linked list |
| d_200 | binary tree |
| e_250 | binary search |